a plot showing the pH of a solution being analyzed as a function of the amount of titrant added
Without seeing the curve, we can't answer this.
curve 4 curve occurs in small ph have stronger acid
The titration curve of phenylanaline is around pk value 6.89 which neutral pH. It has a two buffer one in the acidic portion and the neutral one.
NO!!! The 'p' in pH is short for 'the negative logarithm to base 10. The 'H' is for the hydrogen ion concentration. pH = -log(10)[H+] Mathemtically inverting [H^+] = 10^(-pH) So pH = 1 is equivalenrt to 10^-1 = 0.1 pH = 2 is equivalent to 10^-2 = 0.01 pH = 3 is equivlaanrt to 10^-3 = 0.001 : pH = 7 is equivalent to 10^-7 = 0.0000001 : pH = 14 is equivapanet to 10^(-14) = 0.00000000000001 So hopefully you can see that is is decreasing in powers of '10'. on an exponential scale. On a graph this will produce a curve, not a straight line.
Type your answer here... Phenolphthaelin indicator changes its colour at 8.3 pH. But the end point of this reaction is at pH 7. In weak base Strong acid case the curve gives sharp change from 3.2 to 6.0 pH. Hence phenolphthalein indicator will not be advicable.
Without seeing the curve, we can't answer this.
a curve representing the change of plaque pH over a period of time.
curve 4 curve occurs in small ph have stronger acid
change in pH , temp. carbon dioxide 2,3 BPG shifts the curve
Stephen curve is a graph plotted on pH level against time. This graph will show that the food intake will reduce pH level in the mouth to a level bad for teeth and then rises again with time.
Stephens curve is a graph plotted on pH level against time . This graph will show that the food intake will reduce pH level in the mouth to a level bad for teeth and then rises again with time.
The titration curve of phenylanaline is around pk value 6.89 which neutral pH. It has a two buffer one in the acidic portion and the neutral one.
no you cannot, one is gsm and the other is cdma
One method of determining whether the pH and alkalinity are properly adjusted to produce stable, non‑corrosive water is with the Baylis Curve. Plotting the pH and alkalinity of the water on this chart will indicate whether the water is corrosive or not. If the point where the pH and alkalinity cross is below the curve (dark gray area) the water is corro­sive and will attack metal tanks and pipes in the system. If the point is above the curve the water is not corrosive but does have excessive amounts of alkalinity present, which will cause the formation of lime scale in the lines. This scale formation can restrict the flow of water in the line if al­lowed to build up over a long period of time and can be as bad for the system as corrosive water. When the point falls within the dotted lines or on the curve itself, the water is stable and will not cause corrosion problems.
no. soil pH will vary by region in new mexico. although almost all the soils will be quite alkaline. if you were to run a modal bell curve, most soils would probably fall out around pH of 8.0.
NO!!! The 'p' in pH is short for 'the negative logarithm to base 10. The 'H' is for the hydrogen ion concentration. pH = -log(10)[H+] Mathemtically inverting [H^+] = 10^(-pH) So pH = 1 is equivalenrt to 10^-1 = 0.1 pH = 2 is equivalent to 10^-2 = 0.01 pH = 3 is equivlaanrt to 10^-3 = 0.001 : pH = 7 is equivalent to 10^-7 = 0.0000001 : pH = 14 is equivapanet to 10^(-14) = 0.00000000000001 So hopefully you can see that is is decreasing in powers of '10'. on an exponential scale. On a graph this will produce a curve, not a straight line.
Type your answer here... Phenolphthaelin indicator changes its colour at 8.3 pH. But the end point of this reaction is at pH 7. In weak base Strong acid case the curve gives sharp change from 3.2 to 6.0 pH. Hence phenolphthalein indicator will not be advicable.